1) lift-off Technique
电极剥离
2) Cathodic disbonding
阴极剥离
1.
The theory of cathodic disbonding is introduced in this paper,and the condition of cathodic disbonding is stated,the relationship between the cathodic protection potential and the cathodic disbonding diameter is affirmed by experiments,some advices on set of cathodic protection potential is put forward in the end of the paper.
本文通过对阴极剥离原理的分析,阐述了3层PE管道阴极剥离产生的条件,通过实验验证了阴极保护电位与阴极剥离的关系,最后对通电电位的设置提出了几点看法。
3) stripping limit
剥离极限
4) strip against electricity
逆电剥离
5) Charge stripping
电荷剥离
1.
The heavy ion beam energy,as well as the charge stripping efficiency,was calculated by using the charge state stripping formula and empirical formula of stable isotope mass number.
采用电荷剥离分布公式和稳定核质量数经验公式,对串列加速器升级工程提供的重离子束流能量和电荷剥离效率进行计算。
6) electrolytic stripping
电解剥离
补充资料：180°剥离
分子式：
CAS号：
性质：剥离角为180°的剥离是受力方向与剥离方向相平行，剥离角成180°的剥离方法，其试样由刚性材料及柔性材料构成。强度用kN/m表示。
CAS号：
性质：剥离角为180°的剥离是受力方向与剥离方向相平行，剥离角成180°的剥离方法，其试样由刚性材料及柔性材料构成。强度用kN/m表示。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条